Samsung Electro Mechanics SCF-V01 3G CDMA PCIe Full Mini Card User Manual SCF V01 120618x

Samsung Electro Mechanics 3G CDMA PCIe Full Mini Card SCF V01 120618x

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REV 0.1

Samsung Electro

SCF-V01

User Manual

VIA Telecom CBP7.

1C CDMA

REV 0.1

Samsung Electro-Mechanics

2012-06-18

Summary

This datasheet presents

the

1x Rel.0 and 1X EV-DO Rev.

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

1C CDMA

Solution

the

general performance and specifications of

Module.

The names of actual companies and products mentioned

herein may be the trademarks of their respective owners.

No part of this document may

be reproduced, stored in a

retrieval system, or transmitted in any form

means without the express written consent of Samsung

Electro-Mechanics.

This document is subject to

change without notice

V01

User Manual

Proprietary and Confidential

1/16

general performance and specifications of

SCF-V01 CDMA2000 A

The names of actual companies and products mentioned

herein may be the trademarks of their respective owners.

be reproduced, stored in a

retrieval system, or transmitted in any form

or by any

means without the express written consent of Samsung

change without notice

REV 0.1

Samsung Electro

Table of Contents

1 GENERAL

DESCRIPTION

1.1 F

UNCTIONAL

ESCRIPTION

1.2 F

EATURES

................................

1.3 A

PPLICATIONS

................................

1.4 B

LOCK

IAGRAM

................................

2 DIMENSION AND

PIN ASSIGNMENTS

2.1 M

ECHANICAL

IMENSION

................................

2.2 A

NTENNA

ONNECTION

................................

2.3 G

ROUND

ONNECTION

................................

3 PIN

ASSIGNMENTS AND DESC

3.1 P

SSIGNMENTS

................................

3.2 P

ESCRIPTION

................................

ELECTRICAL CHARACTER

4.1 DC

HARACTERISTICS

................................

4.2 E

NVIRONMENTAL

HARACTERISTI

4.3 P

OWER

ONSUMPTION

................................

5 RF SPECIFICATIONS

................................

5.1 B

ASIC PERFORMANCE OF

6 LABEL INFORMATION

................................

6.1 M

ODULE

ABEL

................................

7 SAFETY INFORMATION

................................

7.1 C

ERTIFICATION

................................

7.2 C

AUTION

................................

REVISION HISTORY

................................

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

DESCRIPTION

................................................................

................................

ESCRIPTION

................................................................

................................

PIN ASSIGNMENTS

................................

ASSIGNMENTS AND DESC

RIPTIONS ................................

................................

ELECTRICAL CHARACTER

ISTICS ................................

................................

HARACTERISTI

................................

PECIFICATIONS

................................

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REV 0.1

Samsung Electro

1 General

Description

1.1

Functional Description

SCF-V01 is the cellular

module for

embedded and wireless M2M

Management and software, which

It supports Cell and PCS bands.

1.2

Features



Dual band cellular and PCS voice and data



Variant module :

CDMA2000 A 1x Rel.0



Optional GPS and RX

Diversity reception



Support Cell and PCS bands



GPS (optional)



U.FL Antenna port : Main, AUX



Low

power consumption



Dimension: 50.95 x 30



USB2.0 full speed USB driver



RoHS compliant



Operating temperature

1.3

Applications



All CDMA M2M devices (Energy, Industrial & Infrastructure, Security, etc.)



CDMA equipment laptop PC



CDMA portable device (Tablet, MID, PMP, etc.)



Desktop CDMA CPE

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

Description

Functional Description

module for

either the CDMA2000 A 1x Rel.0 or

1X EV/DO Rev

applications. It

provides all the RF, Processing, Memory, Power

Management and software, which

is based on the Via Telecom CBP6.x

or CBP7.x

It supports Cell and PCS bands.

Dual band cellular and PCS voice and data

CDMA2000 A 1x Rel.0

or 1X EV/DO Rev. A

Diversity reception

Support Cell and PCS bands

U.FL Antenna port : Main, AUX

, & GPS (50 Ohm)

power consumption

mm / Hmax : 4.75 mm

USB2.0 full speed USB driver

range: -20 to 60

All CDMA M2M devices (Energy, Industrial & Infrastructure, Security, etc.)

CDMA equipment laptop PC

CDMA portable device (Tablet, MID, PMP, etc.)

V01

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3/16

1X EV/DO Rev

. A at

provides all the RF, Processing, Memory, Power

or CBP7.x

solution.

All CDMA M2M devices (Energy, Industrial & Infrastructure, Security, etc.)

REV 0.1

Samsung Electro

1.4

Block Diagram

The following SCF-V01

block diagram highlights the major func

Figure

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

block diagram highlights the major func

tional blocks and interfaces.

Figure

1-1. SCF-V01 Hardware Block Diagram

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tional blocks and interfaces.

REV 0.1

Samsung Electro

Dimension and

2.1

Mechanical Dimension



Form factor :

Standard PCI Express

(Full-

Mini Card)



Size : W x L x H (50.95 x 30.0 x 4.75mm)



Weight : 9.8g

Figure 2

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

Dimension and

Pin Assignments

Mechanical Dimension

Standard PCI Express

Mini Card Electromechanical Speci

Mini Card)

Size : W x L x H (50.95 x 30.0 x 4.75mm)

with 1.0mm PCB

1. SCF-V01 Mechanical Dimensio

n (Top View)

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Mini Card Electromechanical Speci

fication

n (Top View)

REV 0.1

Samsung Electro

2.2

Antenna Connection

U.FL connector for the M

ain ANT,

Figure 2

ttaching an antenna to the



Use a Hirose U.FL connector (Part No. : U.FL

antenna to a connection point on the SCF



Match coaxial

connections between the SCF



Mini

mize RF cable losses

2.3

Ground

Connection

Connecting the SCF-

V01 to system ground :



Connect to system ground for preventing noise leakage.



Connect with host connector, two mounting holes, and

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

Antenna Connection

ain ANT,

Diversity ANT, and GPS ANT

Antenna Connector Mechanical Dimension

ttaching an antenna to the

SCF-V01 :

Use a Hirose U.FL connector (Part No. : U.FL

-R-SMT, CL No. : 331

antenna to a connection point on the SCF

-V01.

connections between the SCF

-V01 and the antenna to 50

Ω.

mize RF cable losses

between the SCF-V01 and

the antenna to less than 0.5 dB.

Connection

V01 to system ground :

Connect to system ground for preventing noise leakage.

Connect with host connector, two mounting holes, and

PCI express®

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Antenna Connector Mechanical Dimension

0471-0-10) to attach an

Ω.

the antenna to less than 0.5 dB.

ini card connector.

REV 0.1

Samsung Electro

3 Pin

Assignments and

3.1

Pin Assignments

Pin#

Mini Card Standard

SCF

51 Reserved

49 Reserved

47 Reserved

45 Reserved

43 GND

41 +3.3Vaux

39 +3.3Vaux

37 GND

35 GND

33 PETp0

31 PETn0

29 GND

27 GND

25 PERp0

23 PERn0

21 GND

19 UIM_C4

17 UIM_C8

15 GND

13 REFCLK+

11 REFCLK-

9 GND

7 CLKREQ#

5 COEX2

3 COEX1

1 WAKE#

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

Assignments and

Descriptions

SCF

-V01 Pin name

Pin#

Mini Card Standard

(JTAG_RST_N) 52 +3.3Vaux

(JTAG_TDI) 50 GND

(JTAG_TDO) 48 +1.5V

(JTAG_TMS) 46 LED_WPAN#

GND 44 LED_WLAN#

+3.3V

42 LED_WWAN#

+3.3V

40 GND

GND 38 USB_D+

GND 36 USB_D-

(JTAG_CLK) 34 GND

(JTAG_RTCK) 32 SMB_DATA

GND 30 SMB_CLK

GND 28 +1.5V

(RXD0) 26 GND

(TXD0) 24 +3.3Vaux

GND 22 PERST#

N.C 20 W_DISABLE#

N.C 18 GND

Mechanical Key

GND 16 UIM_VPP

N.C 14 UIM_RESET

N.C 12 UIM_CLK

GND 10 UIM_DATA

N.C 8 UIM_PWR

N.C 6 1.5V

N.C 4 GND

N.C 2 3.3Vaux

Table 3-1. Pin Assignments

V01

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SCF-V01 Pin name

+3.3V

GND

N.C

LED_WWAN#

GND

USB_D+

USB_D-

GND

N.C

GND

+3.3V

RESET_N

W_DISABLE#

GND

N.C

UIM_RESET_N

UIM_CLK

UIM_IO

VDD_UIM

N.C

GND

+3.3V

REV 0.1

Samsung Electro

3.2

Pin Description

Pin# Signal Name Type

JTAG Interface

33 JTAG_CLK I

47 JTAG_TDO O

45 JTAG_TMS I

49 JTAG_TDI I

51 JTAG_RST_N I

31 JTAG_RTCK O

UART Interface

23 TXD0 O

25 RXD0 I

USB Interface

38 USB_D- IO

36 USB_D+ IO

UIM Interface

10 UIM_IO IO

12 UIM_CLK O

14 UIM_RST_N O

GPIOs and Miscellaneous

22 PERST# I

20 W_DISABLE# I

42 LED_WWAN# O

Power Supplies

41 +3.3V I

39 +3.3V I

52 +3.3V I

24 +3.3V I

8 VDD_UIM O

2 +3.3V I

Ground

43 GND -

37 GND -

35 GND -

29 GND -

27 GND -

21 GND -

15 GND -

9 GND -

50 GND -

40 GND -

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

Connection to

IC Pin

Power

Domain

Description

CP_TCK (N.C) JTAG Clock

CP_TDO (N.C) Data Out

CP_TMS (N.C) Mode Selec

CP_TDI (N.C) Data In

CP_TRST_N (N.C) JTAG Reset

CP_RTCK (N.C)

JTAG Return Clock

CP_UART0_OUT (N.C) UART0

data out

CP_UART0_IN (N.C) UART0

data in

USB_DMN

Inverted USB transceiver data

USB_DPS Non-

inverted USB transceiver data

UIM_IO UIM data input-

output

UIM_CLK UIM clock signal

UIM_RSTN UIM reset signal

PM Reset Functional Reset

GPIO[01] RF Disable

, Active low signal

GPIO[06]

Status indicator via LED device, Active low signal

3.3V Source

UIM power output

3.3V Source

Ground

- Ground

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JTAG Return Clock

data out

data in

Inverted USB transceiver data

inverted USB transceiver data

output

, Active low signal

Status indicator via LED device, Active low signal

UIM power output

REV 0.1

Samsung Electro

34 GND -

26 GND -

18 GND -

4 GND -

Type: I=Input, O=Output, I/O=Bi-

directional

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

- Ground

directional

Table 3-2. Pin Descriptions

V01

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REV 0.1

Samsung Electro

Electrical Characteristics

4.1

DC Characteristics

Symbol

Parameter

+3.3V

Main input supply from battery to switcher

Table

Symbol

Parameter

+3.3 Main input

supply from battery to switcher

Table

4.2

vironmental Characteristics

Symbol

Parameter

ESD Electro-

static discharge voltage

Operating temperature

Te Extended o

perating temperature

Storage temperature

Extended operating temperature range is not fully 3GPP2 CDMA specification compliant.

Table

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

Electrical Characteristics

DC Characteristics

Parameter

Min

Typ.

Main input supply from battery to switcher

-0.5 -

Table

4-1. Absolute Maximum Ratings

Parameter

Min

Typ.

supply from battery to switcher

3.0 3.

Table

4-2. Recommended Operating Conditions

vironmental Characteristics

Parameter

Conditions

Min

static discharge voltage

HBM

Operating temperature

-2

perating temperature

Storage temperature

-4

Extended operating temperature range is not fully 3GPP2 CDMA specification compliant.

Table

4-3. Environmental Characteristics

V01

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10/16

Typ.

Max Unit

+4.8 V

Typ.

Max Unit

3.6 V

Min

. Max. Unit

Class 1C

+60 °C

+85 °C

+125 °C

Extended operating temperature range is not fully 3GPP2 CDMA specification compliant.

REV 0.1

Samsung Electro

4.3

Power Consumption

Format RF Band

1x_RTT

PCS

Cellular

EVDO

[Rev 0]

PCS

Cellular

SCF-

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-Mechanics

Proprietary and Confidential

Power Consumption

Mode Current

@ 3.3V

@ Room Temp

Idle Mode Typ 160mA

Min Tx Power Typ 250mA

Cell Power

Tx Max Power

Typ 670mA

Tx Power 23.5

Max 750mA

Idle Mode Typ 160mA

Min Tx Power Typ 220mA

Cell Power

Tx Max Power

Typ 610mA

Tx Power 23.5dBm

Max 650mA

Idle Mode Typ 200mA

Min Tx Power Typ 340mA

Cell Power

Tx Max Power

Typ 900mA

Tx Power 23.5dBm

Max 940mA

Idle Mode Typ 200mA

Min Tx Power Typ 330mA

Cell Power

Tx Max Power

Typ 800mA

Tx Power 23.5dBm

Max 850mA

V01

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Condition

@ Room Temp

Cell Power

-25dBm

Tx Power 23.5

dBm

Cell Power

-25dBm

Tx Power 23.5dBm

Cell Power

-25dBm

Tx Power 23.5dBm

Cell Power

-25dBm

Tx Power 23.5dBm

REV 0.1

Samsung Electro

RF Specifications

All measurements are made under

5.1

Basic performance of RF

Frequency : Band Class0 :

Band Class1 :

Impendence : 50ohm

VSWR : < 3

Transmitter Specif

Operating Frequency

Modulation

Conversion Method

Oscillation Method

RF Output Power

Frequency Stability

Receiver Specification

Operating Frequency

Modulation

Conversion Method

Oscillation Method

Receiver Sensitivity

SCF-

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-Mechanics

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RF Specifications

All measurements are made under

nominal supply voltage and room

temperature conditions

Basic performance of RF

Specifications

TX:824MHz-849MHz; RX:869MHz-894MHz

TX:1850MHz-1910MHz; RX:1930MHz-1990MHz

Transmitter Specif

ication

Value

Operating Frequency

824MHz ~ 849MHz (Cellular Band)

1850

MHz~1910MHz(PCS Band)

OQPSK/H

Conversion Method

GCT`s intrinsic zero-

IF (intermediate frequency)

& low-

IF radio technology

Oscillation Method

VCTCXO & PLL Synthesizer

RF Output Power

Maximum 0.2W

Minimum 10nW (

Frequency Stability

+/-

300Hz

Table 5-1. Transmitter Specifications

Receiver Specification

Value

Operating Frequency

869MHz ~ 894MHz (Cellular Band)

1930

MHz~1990MHz

OQPSK

/HPSK

Conversion Method

Zero-

IF (intermediate frequency) & low

Oscillation Method

VCTCXO & PLL Synthesizer

Receiver Sensitivity

-104dBm @

FER 0.5%

-105.5dBm @

FER 0.5% for EVDO

Table 5-2. Receiver Specifications

V01

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Proprietary and Confidential

12/16

temperature conditions

Value

824MHz ~ 849MHz (Cellular Band)

MHz~1910MHz(PCS Band)

OQPSK/H

PSK

IF (intermediate frequency)

IF radio technology

VCTCXO & PLL Synthesizer

Maximum 0.2W

Minimum 10nW (

-50dBm)

300Hz

Value

869MHz ~ 894MHz (Cellular Band)

MHz~1990MHz

PCS Band

/HPSK

IF (intermediate frequency) & low

-IF

VCTCXO & PLL Synthesizer

FER 0.5%

for 1X

FER 0.5% for EVDO

REV 0.1

Samsung Electro

ITEM LCL

Typ

Tx Max

Power

23.0 23.

Tx Min Power

Rho

0.944

Frequency

Error

-300

-150

Time Error -1

Rx Sensitivity

(Primary /

Secondary)

Table

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

Spec

Test Condition

Typ

UCL Unit

24.0 dBm

Cellular Band(824.7MHz,836.52MHz ,

848.41MHz)

Cal Target : 23.7dBm

24.0 dBm

PCS Band(1851.25MHz , 1880MHz ,

1908.75MHz)

Cal Target : 23.7dBm

-50 dBm

Cellular Band(824.7MHz,836.52MHz ,

848.41MHz)

-50 dBm

PCS Band(1851.25MHz , 1880MHz ,

1908.75MHz)

Cellular Band(824.7MHz,836.52MHz ,

848.41MHz)

PCS Band(1851.25MHz , 1880MHz ,

1908.75MHz)

300 Hz

Cellular Band(824.7MHz,836.52MHz ,

848.41MHz)

150 Hz

PCS Band(1851.25MHz , 1880MHz ,

1908.75MHz)

1 us

Cellular Band(824.7MHz,836.52MHz ,

848.41MHz)

PCS Band(1851.25MHz , 1880MHz ,

1908.75MHz)

0.5 %

Cellular Band(869.7MHz,881.52MHz ,

893.31MHz)

Cell Power : -

105dBm , 95% Confidence

0.5 %

PCS Band(1931.25MHz , 1960MHz ,

1988.75MHz)

Cell Power : -

105dBm , 95% Confidence

Table

5-3. RF Conduction Specifications

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Test Condition

Cellular Band(824.7MHz,836.52MHz ,

PCS Band(1851.25MHz , 1880MHz ,

Cellular Band(824.7MHz,836.52MHz ,

PCS Band(1851.25MHz , 1880MHz ,

Cellular Band(824.7MHz,836.52MHz ,

PCS Band(1851.25MHz , 1880MHz ,

Cellular Band(824.7MHz,836.52MHz ,

PCS Band(1851.25MHz , 1880MHz ,

Cellular Band(824.7MHz,836.52MHz ,

PCS Band(1851.25MHz , 1880MHz ,

Cellular Band(869.7MHz,881.52MHz ,

105dBm , 95% Confidence

PCS Band(1931.25MHz , 1960MHz ,

105dBm , 95% Confidence

REV 0.1

Samsung Electro

6 Label

Information

6.1

Module Label

The Label contains Model Name, Product Code, FCC ID, MEID and Serial Number.

Figure

[Information]

Model : SCF-V01

Product Code

: CEMF10V01D0101

FCC ID : E2XSCF-V01

MEID : Mobile Equipment

S/N : Serial Number

MAIN

: Main Antenna connection

GPS

: GPS Antenna connection

AUX : Diversity

Antenna connection

6.1.1

S/N(Serial Number)

Ex)

S Q G B 000001









Company

S: Samsung

Custom Model

Q :

CEMF10V01D0101

Table

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

Information

The Label contains Model Name, Product Code, FCC ID, MEID and Serial Number.

Figure

6-1. Label Information

: CEMF10V01D0101

entifier

: Main Antenna connection

: GPS Antenna connection

Antenna connection

S/N(Serial Number)



  

G B







Custom Model

CEMF10V01D0101

Year

F:2011

G:2012

Month

1~9:Jan~SEP

A:OCT, B:Nov,

C:Dec

Table

6-1. Serial Number Information

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The Label contains Model Name, Product Code, FCC ID, MEID and Serial Number.

000001



000001~FFFFFF

Serial No(Hex)

REV 0.1

Samsung Electro

Safety Information

7.1

Certification

FCC ID : E2XSCF-V01

Warning: Exposure to Radio Frequency Radiation The radiated

output power of this device is far below the FCC radio frequency

exposure limits. Nevertheless, the device should be used in such a

manner that the potential for human co

is minimized. In order to avoid the possibility of exceeding the FCC

radio frequency exposure limits, human proximity to the antenna

should not be less than 20 cm during normal operation. The gain of

the antenna for

must not exceed

Can be found under the Display Grant section of

FCC ID: E2XSCF-V01

FCC Compliance Information

is device complies with Part 15 of FCC Rules.

Operation is subject to the following two conditions:

(1) This device may not cause harmful interference, and

(2) This device must accept any interference received.

Including interference that may cause u

7.2

Caution

Modifications not expressly approved by the party responsible for compliance could void the user

authority to operate the equipment.

SCF-

V01

Samsung Electro

-Mechanics

Proprietary and Confidential

Safety Information

Warning: Exposure to Radio Frequency Radiation The radiated

output power of this device is far below the FCC radio frequency

exposure limits. Nevertheless, the device should be used in such a

manner that the potential for human co

ntact during normal operation

is minimized. In order to avoid the possibility of exceeding the FCC

radio frequency exposure limits, human proximity to the antenna

should not be less than 20 cm during normal operation. The gain of

the antenna for

Cellular band must not exceed 2

dBi

must not exceed

2 dBi.

Can be found under the Display Grant section of

www.fcc.gov/oet/ea/fccid

FCC Compliance Information

is device complies with Part 15 of FCC Rules.

Operation is subject to the following two conditions:

(1) This device may not cause harmful interference, and

(2) This device must accept any interference received.

Including interference that may cause u

ndesired operation.

Modifications not expressly approved by the party responsible for compliance could void the user

authority to operate the equipment.

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Warning: Exposure to Radio Frequency Radiation The radiated

output power of this device is far below the FCC radio frequency

exposure limits. Nevertheless, the device should be used in such a

ntact during normal operation

is minimized. In order to avoid the possibility of exceeding the FCC

radio frequency exposure limits, human proximity to the antenna

should not be less than 20 cm during normal operation. The gain of

dBi

and PCS band

www.fcc.gov/oet/ea/fccid

after searching on

Modifications not expressly approved by the party responsible for compliance could void the user

’s

REV 0.1

Samsung Electro

Revision History

Revision Date

Descriptions

Initial Release

0.1

2012

Add Label Information, Add Safety Information

SCF-

V01

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-Mechanics

Proprietary and Confidential

Descriptions

Initial Release

Add Label Information, Add Safety Information

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M & SOFT AMERICA MAP CENTER

TEL : 888-757-0010

WEBSITE : www.mapnsoft.com

MAP DATABASE HOTLINE

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules.

These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment

generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause

harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular

installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the

equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

ˍ Reorient or relocate the receiving antenna.

ˍ Increase the separation between the equipment and receiver.

ˍ Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

ˍ Consult the dealer or an experienced radio/TV technician for help.

Caution: Any changes or modiﬁcations to this device not explicitly approved by manufacturer could void your authority to operate this

equipment.

This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not

cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired

operation.

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This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment.

This equipment should be installed and operated with minimum 20 cm between the radiator and your body.

This transmitter must not be collocated or operating in conjunction with any other antenna or transmitter unless authorized to do so by the FCC.

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules.

These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment

generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause

harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular

installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the

equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

ˍ Reorient or relocate the receiving antenna.

ˍ Increase the separation between the equipment and receiver.

ˍ Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

ˍ Consult the dealer or an experienced radio/TV technician for help.

Caution: Any changes or modiﬁcations to this device not explicitly approved by manufacturer could void your authority to operate this

equipment.

d your body.

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For label requirement when transmitter module is installed in a host,

the host shall have an additional permanent label referring to the enclosed module

“Contains Transmitter Module FCC ID: lYSCF-V01

Samsung Electro-Mechanics Co., Ltd. Proprietary

SCF-V01

ETS(Engineer Test Software) User Manual

REV 0

Steve Heo, Software Application Engineer

Software Part

WS Development Team

Samsung Electro-Mechanics

2012-06-28

Background & Summary

This document describes how to use ETS.

The names of actual companies and products mentioned

herein may be the trademarks of their respective owners.

This document is subject to change without notice.

No part of this document may be reproduced, stored in a

retrieval system, or transmitted in any form or by any

means without the express written consent of Samsung

Electro-Mechanics.

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Table of Contents

1 INTRODUCTION ................................................................................................................. 3

1.1 A

CRONYMS

....................................................................................................................... 3

1.2 L

IST OF

ERMS

.................................................................................................................. 3

2 SETUP AND QUICK START .................................................................................................. 4

2.1 S

YSTEM

EQUIREMENTS

....................................................................................................... 4

2.2 I

NSTALLING AND

EMOVING

................................................................................................... 5

2.3 R

UNNING

ETS

FOR THE

IRST

IME

......................................................................................... 7

2.4 H

OW TO

XIT

.................................................................................................................... 7

2.5 O

PENING AND

AVING

ONFIGURATION

ILES

............................................................................. 7

2.6 ETS

EFINES

.................................................................................................................. 10

2.7 ETS

PTIONS

.................................................................................................................. 11

3 IDLE MODE ....................................................................................................................... 12

3.1 RSSI

FOR

CDMA ............................................................................................................. 12

3.2 O

VERHEAD

AGING

...................................................................................................... 12

3.3 R

EGISTRATION

ESSAGE

............................................................................................... 13

3.4 T

PWR

ETECT

EASUREMENTS

.................................................................................... 13

3.5 HWD

REQUENCY

HANNEL

RACE

........................................................................................ 14

3.6 P

ILOT

TRENGTH

........................................................................................................ 15

4 IN-CALL MODE.................................................................................................................. 16

4.1 V

OICE

ALL

NITIATE

......................................................................................................... 16

4.2 V

OICE

ALL

NSWER

......................................................................................................... 17

4.3 V

OICE

ALL

ANG

........................................................................................................ 18

4.4 V

OICE

ALL

ONFIGURATION

............................................................................................... 18

4.5 R

ADIO

ONTROL

.............................................................................................................. 20

5 TEST/DEBUG CAPABILITY ................................................................................................ 21

5.1 B

ASICS

.......................................................................................................................... 21

5.2 T

EST

ODES

................................................................................................................... 24

5.3 RF

NTERFACE AND

ONTROL

............................................................................................... 29

5.4 SMS ............................................................................................................................. 41

5.5 D

ATABASE

PLOAD

OWNLOAD

............................................................................................ 42

5.6 S

OFTWARE

PERATION

TATUS

............................................................................................ 56

5.7 CBP

ARDWARE

............................................................................................................... 66

6 UTILITIES ......................................................................................................................... 67

6.1 V

IRTUAL

MMI ................................................................................................................. 67

6.2 S

CRIPT

TILITY

................................................................................................................ 67

REVISION HISTORY ................................................................................................................ 74

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1 Introduction

This document provides high-level functional descriptions of the CBP 5.X CDMA Baseband Processor

digital hardware subsystems.

1.1 Acronyms

ADC Analog-to-Digital Converter

AMPS Advanced Mobile Phone System

APB ARM Peripheral Bus

CBP5.X CDMA Baseband Processor version 4.1/5.0/5.1

CP Control Processor

DAI Digital Audio Interface

DAC Digital-to-Analog Converter

DSPM Digital Signal Processor - Modem

DSPV Digital Signal Processor – Voice

DUT Device Under Test

EBI External Bus Interface

ICE In-Circuit Emulator

MMI Man-Machine Interface

PCG Power Control Group

PLL Phase Locked Loop

PWM Pulse-Width Modulator

RTOS Real-Time Operating System

SAT Supervisory Audio Tones

SPI Serial Programming Interface

ST Signaling Tone

THRE Transmitter Holding Register Empty

UART Universal Asynchronous Receiver/Transmitter

UIM User Identity Module

WBD Wideband Data

1.2 List of Terms

Table 1 contains a list of terms and abbreviations used in this section.

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Table 1 - External Interface Pin Attributes

Type Description

Internal pull-up

Internal pull-down

ldrv1 CMOS, low drive strength (1ma)

ldrv2 CMOS, low drive strength (2ma)

mdrv CMOS, medium drive strength (4ma)

hdrv CMOS, high drive strength (8ma)

_N Indicates an active low signal

z Tri-state

od Open-drain

vanlg Input or output with analog voltage levels

dvdd_c Digital VDD to core cells (1.8V)

dvss_c Digital VSS to core cells.

dvdd_r Digital VDD to pad ring (3V)

dvss_r Digital VSS to pad ring

avdd Analog VDD (3V)

avss Analog VSS

Internal pull-up resistors are non-linear elements; they have a resistance of about 80 K at

operating conditions of nominal process, 25

C and 3 V I/O supply voltage. They exhibit 140 K at

operating conditions of WC process, 125

C junction and 2.85 V I/O supply and 42 K at

conditions of BC process, 0

C and 3.15 V supply voltage.

Internal pull-down resistors: The same conditions apply as listed above for internal pull-up

resistors.

Table 2 - Reset Legend

Type Description

Z Tri-State

H Tri-State with Pull-Up

L Tri-State with Pull-Down

1 CMOS High

0 CMOS Low

X Unknown

2 Setup and Quick Start

2.1 System Requirements

The following are the minimum requirements for running ETS:

Operating System: Windows 2000/XP or later

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Memory: At least 128 MB of RAM

Processor: Pentium II or better

2.2 Installing and Removing

2.2.1 Installing ETS

VIA Telecom delivers the installation program,

“ETS.exe”

, as part of the software release package. VIA

Telecom strongly recommends installing ETS in the default directory as the installing shell indicated.

The VIA Telecom software releases are typically numbered “rX.Y.Z” where:

X = Major Release Number

Y = Minor Release Number

Z = Patch to Minor Release

The VIA Telecom complete software package contains:

a. The VIA Telecom CP code, which executes on

the ARM7TDMI-S™ processor embedded in the CBP5.X chip.

b. An “.img” Image file, which contains code or code patches that will run on the DSPM and DSPV

embedded Oak processors.

c. The “ETS.exe” and “ETS_Config_x.exe” package, which installs ETS.

Example

Assume that the VIA Telecom software release is: r6.0.6.

1. The ETS installation program would be: <Customer Path>\PCTools\ets\ETS_6.0.6.exe and

ETS_Config_0.14.2_vtui2_5x.

2. Run ETS_6.0.6.exe and ETS_Config_0.14.2_vtui2_5x . For this example, ETS is installed in

"C:\Program Files\VIA Telecom\VTC-ETS\", ETS_Config is in “C:\Program Files\VIA

Telecom\ETS_Config\".

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3. For other items which will meet in installing process, use default setting is fine. Since from now on,

all of CBP5.X reference software will use same ETS.exe, you NEED NOT pay additional attention to

associate version number between the software release and ETS.

2.2.2 Removing ETS

Use the standard Windows method to remove (uninstall) software.

1. Go to the Control Panel and select Add or Remove Programs.

2. Select ETS and click the Add/Remove button. Follow the standard procedure for uninstalling

Windows-based software.

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2.3 Running ETS for the First Time

Continuing with the example in Section 2.21, start ETS by selecting:

Windows Desktop →ETS(Config 0.14.2_vtui2_5x_Selle_P1):

Now follow the steps in Section 2.5.1.

2.4 How to Exit

1. From the ETS menu, select File Exit.

See Section 2.5.2 for details on how to save the ETS configuration when exiting.

2.5 Opening and Saving Configuration Files

2.5.1 Opening Configuration Files

1. From the ETS menu, select File → Open...

2. Continuing with the

Example

of Section 2.2.1, in the Window below select the Path:

C:\Program Files\VIA Telecom\ETS_Config\0.14.2_vtui2_5x_Selle_P1\config\cdma and

then select the file default.cfg

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3. After opening default.cfg you should see a screen, which looks similar to the picture below. This

screen has all the standard ETS sub-windows which are typically used at VIA Telecom.

2.5.2 Saving Configuration Files

1. If you have used any special ETS commands during your present session which you’d like to use in a

future session then you can explicitly save the present configuration by using the ETS Main Menu

command:

File Save As

2. Enter the name and path for your configuration file in the dialog box below, or you can choose to

overwrite the present configuration file (typically, “default.cfg”).

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2.6 ETS Defines

File Defines

ETS allows the user to configure the tool for various standard definitions:

Note:

1. This defines must be configured correct as the target HW you using. Else it will case some UN-expect

error. If you don’t sure which option you should select, call VIA application engineer for help.

2. After you changed the definition, should close and restart ETS to make the effort available.

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2.7 ETS Options

File Options

There are some parameters you can modify, the value depend on the CP request. Special for Flash

Download Timeout (Sec), we recommend you adjust it longer than the total CP erase time (the lager

CP size is, the longer erase time is). 200s is the typically value VIA internal used.

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3 Idle Mode

3.1 RSSI for CDMA

CDMA: DSPM → Spy → RFC → DSPM Rfc RxTx

Usually this window is opened from loading the “default.cfg” configuration file.

Window Entries Definition

Print If checked, the window will be printed onto the main log as a trace:

15:17:28.8> ETS, Id=DSPM Spy, SpyId=DSPM Rfc RxTx, Sys Time=0xa248d231,

Received Power (dBm)=-68.13, Receive PDM Value=0x0000, Rx Gain State=3,

Transmit Power (dBm)=-150.00, Transmit PDM Value=0x0000, Tx Gain State=0,

Bitsel=-5, Gain=7, HwVal=0xfec7

Sys Time Recorded system time for reference purposes.

Received Power (dBm) Received power from the BS interpreted by the MS.

Receive PDM Value Received power from the BS interpreted by the MS in PDM. This area used for

superhet solution.

Rx Gain State Gain state that the MS receiver is in.

Transmit Power (dBm) Transmit power to the BS interpreted by the MS in dBm.

Transmit PDM Value Transmit power to the BS interpreted by the MS in PDM.

Tx Gain State Gain state that the MS transmitter is in.

RxDAgc Value Received power from the BS interpreted by the MS, this area used for DCR solution.

3.2 Overhead Paging Spy

CP → SPY → PS → Call Proc → Engine → Eng_Layer2_TR → CP PE ENG_LAYER2_TR 13 13 (for

CDMA)

The spy is enabled automatically once the “default.cfg” is loaded. This spy displays all CDMA overhead

paging messages broadcast from the base station.

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3.3 Registration Message Spy

CP → SPY → PS → Call Proc → Engine → ENG_ACCESS_PROC_TR → CP

ENG_ACCESS_PROC_TR 1 40

The spy is enabled automatically once the “default.cfg” is loaded. This spy displays all messages from

mobile to the base station during idle mode, through access channel.

3.4 Tx PWR Detect Measurements Spy

CP → Spy → HWD → CP Tx Pwr Detect Measurements

This spy only works in the following conditions:

Tx Pwr Detect cal tables “Tx Pwr Detect” and “Tx Pwr Det Freq Adj” and “Det Temp Adj” are

populated.

Mobile is transmitting beyond the threshold that AUX ADC actually kicks in (typically +15dBm or

above)

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Window Selections Definition

Print If checked, the window will be printed onto the main log as a trace:

10:40:50.1> ETS, Id=CP Spy, SpyId=CP Tx Pwr Detect Measurements, Sys

Time=0x823ee47e, Measured AUX ADC=0x04de, Tx Pwr (dBm)=-24.781250,

Tx Pwr Freq Adj (dBm)=5.000000, Tx Pwr Temp Adj (dBm)=0.000000, Unadj

Tx Pwr (dBm)=19.781250

Sys Time Display system time for reference.

Measured AUX ADC Reads AUX ADC value of Tx Pwr Detect.

Tx Pwr (dBm) Displays mobile’s final transmitting power in dBm.

Tx Pwr Freq Adj (dBm) Display corresponding Adj read from cal table.

Tx Pwr Temp Adj (dBm) Display corresponding Adj read from cal table.

Unadj Tx Pwr (dBm) Display the unadjusted Tx power transmitted.

3.5 HWD Frequency Channel Trace

CP → Trace → HWD → CP Freq Channel

This trace is enabled automatically once the “default.cfg” is loaded. This trace displays the channels that

the mobile searches in the Trace Log Window when the protocol stack is on:

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3.6 Pilot Strength Spy

CP → Spy → L1D → CP Search Results Active

Usually this window is opened from loading the “default.cfg” configuration file. This spy display

information of Active PNs involved, candidate PNs that are possible for handoffs, and neighbor PNs that

are available for possible handoffs.

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Window Selections

Definition

Print If checked, the window will be printed onto the main log as a trace:

15:36:10.1> ETS, Id=CP Spy, SpyId=CP Search Results Active, Sys Time=0xa249ad32,

Num Act=0x01, Num Cand=0x00, Num Nghbr=0x17

, Stale.0=0, Pilot PN.0=54, Phase.0=3457, Strength.0=-4.4224 , Stale.1=1, Pilot

PN.1=0, Phase.1=0, Strength.1=-1.#INF , Stale.2=1, Pilot PN.2=0, Phase.2=0,

Strength.2=-1.#INF , Stale.3=1, Pilot PN.3=0, Phase.3=0, Strength.3=-1.#INF

, Stale.4=1, Pilot PN.4=0, Phase.4=0, Strength.4=-1.#INF , Stale.5=1, Pilot

PN.5=0, Phase.5=0, Strength.5=-1.#INF

, Stale.0=1, Pilot PN.0=0, Phase.0=0, Strength.0=-1.#INF , Stale.1=1, Pilot

PN.1=0, Phase.1=0, Strength.1=-1.#INF , Stale.2=1, Pilot PN.2=0, Phase.2=0,

Strength.2=-1.#INF , Stale.3=1, Pilot PN.3=0, Phase.3=0, Strength.3=-1.#INF

(etc. up to Stale39=…)

Sys Time Display system time for reference.

Num Act Number of PNs currently on the active list.

Num Cand Number of PNs currently on the candidate list.

Num Nghbr Number of PNs currently on the neighbor list.

Stale “1” = such PN is actually available for communications to mobile.

Pilot PN Display the PN number(s) of the pilot(s) that the mobile is aware of.

Phase Display the phase of the pilot seen by the mobile.

Strength Display the strength of the pilot seen by the mobile.

4 In-Call Mode

4.1 Voice Call Initiate

Utilities -> Virtual MMI Utility

To initiate a call, first click “Power” then dial any number and click “Send” Key on the Virt MMI.

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As an alternative to using the Virtual MMI, calls can be initiated using:

CP → PS → UI Command → CP Call Initiate

Window Selections Definition

Send Send to perform call initiate command.

Tack If checked, the window will remain after clicking “Send”. If not checked, window will

close after clicking “Send”.

Otasp Check if it is an OTASP call.

Otasp Mode If it is an OTASP call, entry OTASP mode.

E911 Call Check if it is calling “E911”.

Request Mode

Service Option Choice a service option

Privacy Mode

Encoded

Digit Mode

Number Type

Number Plan

Number of Digits

Digits

4.2 Voice Call Answer

Similar to section 4.1, there are two ways of achieving this: through Virtual MMI or CP command.

1. Using Virtual MMI, click “Send” when “Call Alert” is displayed.

2. Or use CP PS UI Command CP Call Answer and click “Send”

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4.3 Voice Call Hang Up

Similar to section 4.1, there are two ways of achieving this: through Virtual MMI or CP command.

Using Virtual MMI, click “End” to terminate a call.

Or use CP PS UI Command CP Call Hangup and click “Send”

4.4 Voice Call Configuration

4.4.1 Voice Privacy Enable/Disable

CP → UI → CP Set Privacy Mode

CP → PS → Voice Privacy → CP Voice Privacy Enable (or Disable)

4.4.2 Protocol Rev in Use

CP → PS → CP Protocol Rev in use

This command returns the protocol revision in use for the mobile which responds as follows:

17:05:46.6< ETS, Id=CP Protocol Rev in use

17:05:46.7> ETS, Id=CP Protocol Rev in use, P_REV in use=IS_2000

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4.4.3 OOS Parameters

CP → PS → CP OOS Area Parms

Sending this command with the default values shown disables the phone from going out of service

(sleep) when the base station is not available for an extended period of time.

Window Selections Definition

P1-P4 # of attempts in phase 1-4

P1 Delay-P4 Delay sec delay between phase 1-4 attempts

P1 Cycles-P3 Cycles number of repeats of N attempts + a delay

4.4.4 Set Deep Sleep Slice Time

CP → UI → CP Set Deep Sleep Time Slice

Window Selections Definition

Send Send to perform the command.

Tack If checked, the window will remain after clicking “Send”. If not checked, window will

close after clicking “Send”.

Time Slice

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4.5 Radio Control

4.5.1 Tx Pwr Detect Measurements Spy

Please refer to section 3.4 for detailed description.

4.5.2 RSSI for AMPS and CDMA

Please refer to section 3.1 for detailed description.

4.5.3 DSPM AFC Frequency Error Spy

DSPM → Spy → Rfc → DSPM Rfc Afc Freq Error

Window Selections Definition

Print If checked, the window will be printed onto the main log as a trace:

16:01:30.6> ETS, Id=DSPM Spy, SpyId=DSPM Rfc Afc Freq Error, Sys

Time=0xa24ad630, Frequency Error (Hz)=-10, AFC PDM Value=0x087f,

AFC Enabled=1, Coarse Freq Error(Hz)=2100

Sys Time Display system time for reference.

Frequency Error (Hz) Frequency error recorded.

AFC PDM Value AFC PDM Value used.

AFC Enabled AFC enabling state.

Coarse Freq Error (Hz) Display coarse frequency error.

4.5.4 HWD Freq Channel Trace

Please see section 3.5 for detailed descriptions.

4.5.5 Pilot Strength Spy

Please see section 3.6 for detailed descriptions.

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5 Test/Debug Capability

5.1 Basics

5.1.1 Communication Port Configuration

USB Port

Debug -> Comm -> USB

Then the ETS will show the connect port as USB

Serial Port

Debug → Comm → Serial, to select a COM port for communicate with DUT.

CP -> Options, set the Initial Baud Rate as 115200.

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5.1.2 Loopback Test

Debug → Loopback

This function used to test the USB/COM communications with CP, DSPM, or DSPV.

Calls CP Loopback, DSPM Loopback, and DSPV Loopback.

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Window Selections Definition

Number of Messages Number of messages sent.

Number of Timeouts Number of failures.

Number of Mismatches Number of differences between what was sent and what was received.

Send One Start Loopback test, one click will only sends out one command.

Cycle When checked, loopback test will continuously run until either Cycle is un-

checked or the Loopback window is closed. Will stop if you double clicked.

Windowed When checked, four loopback requests are sent before any reply is received.

Then sends and replies will alternate.

Fixed Pattern The user can supply a pattern of choice. Multiple words can be sent with a size

of: CP 0x00 – 0xff and 0x0000 – 0xffff for both DSPV and DSPM.

Stop On Error Test will stop on timeout or mismatch errors.

CP Tests the loopback with the CP.

DSPM Tests the loopback with the DSPM.

DSPV Tests the loopback with the DSPV.

Message timeout in seconds Length of time the system will wait for a reply before issuing the message,

“15:44:32.4: Timeout on message loopback”

Disable Printing When checked, messages to the Main Log window are suspended.

CP, DSPM, DSPV

Referring to Section 5.1.2 above, selecting CP, DSPM or DSPV for the loopback debug ensures

functionality of the specific sector in the mobile.

5.1.3 Raw Rx/Tx Serial Data

File → Raw → Tx or Rx

This command enables printing the raw data onto the Main Log window that describes the transfer of

serial data between ETS and the board.

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5.1.4 Enable Generic Ack

Debug → Enable Generic Ack

This command controls the display of the acknowledgement to any command sent from ETS to the

mobile. If enabled, a response message for each command is returned. A check mark displays next to the

command if enabled.

5.2 Test Modes

5.2.1 CP Sleep Control

CP → MON → CP Sleep Control

This command enables/disables the sleep operation of the CBP5.X software so the unit does/does not

power down for a sleep period and wakes up for only the wake-up period duration.

5.2.2 Slotted Mode Enable/Disable

CP → PS → Test mode → CP Test Modes

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To disable slotted: Set Qualifier to “Off” and click “Send” (Value entry is ignored).

To enable slotted: Set Qualifier to “On” and click “Send” (Value entry is ignored).

5.2.3 Pwr Savings Mode Config

CP → HWD → Pwr Savings → CP Power Savings Mode Config

sets the power savings mode

Window Selections

Options Definition

Send -- Send to perform power savings mode configuration.

Tack -- If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Ctrl Mode Automatic Stack values are used – selections in Band and Channel are ignored.

Disable

Manual Values selected in Band and Channel are used

Pwr Saving Mode Power Up

Power Up Qpch

CDMA Rx Acq

CDMA Rx

Voice/Data Mode Idle

Mic On

Spkr On

Mic+Spkr On

5.2.4 Pwr Savings Config

CP → HWD → Pwr Savings→ CP Pwr Savings Config

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Window Selections

Options Definition

Send -- Send to perform power savings configuration.

Tack -- If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Ctrl Mode Automatic Stack values are used – Hw Blks and Status are ignored.

Disable

Manual Selections made under “Hw Blks” and “Status” are used.

Hw Blks All Blocks This is the recommended setting for manual control.

Status On To turn blocks ON.

Off To turn blocks OFF.

5.2.5 Pwr Savings Status Get

CP → HWD→ Pwr Savings → CP Pwr Savings HW Status Get

This command responds with the ON/OFF states of blocks within the chip. An example is shown below:

5.2.6 Pwr Savings Get Mode

CP → HWD → Pwr Savings→ CP Pwr Savings Get Mode

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Below shows the command and respond while the mobile is in traffic:

5.2.7 Diagnostic Parameters (L1D, LMD)

5.2.8 Phone State And Event Control

CP → PS →CP Phone State and Event Count

Below shows an example when the mobile is on paging:

5.2.9 Get Retrievable Statistics

CP → PS →Retrievable Stat → CP Get Retrievable Statistics

Window Selections

Options Definition

Send Send to perform the command, with a response as follow:

16:24:10.6< ETS, Id=CP Get Retrievable Statistics, Statistics

Counter Group=MUX1_REV_FCH

16:24:10.6> ETS, Id=CP Get Retrievable Statistics

, Statistics Counter Group=MUX1_REV_FCH

, MUX1 REV FCH 1=0x000000a7

, MUX1 REV FCH 2=0x0000000a

, MUX1 REV FCH 3=0x00000000

, MUX1 REV FCH 4=0x00000014

, MUX1 REV FCH 5=0x00000024

, MUX1 REV FCH 6=0x00000049

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, MUX1 REV FCH 7=0x00000000

, MUX1 REV FCH 8=0x0000047e

, MUX1 REV FCH 9=0x00000000

, MUX1 REV FCH 10=0x00000000

, MUX1 REV FCH 11=0x00000000

, MUX1 REV FCH 12=0x00000000

, MUX1 REV FCH 13=0x00000000

, MUX1 REV FCH 14=0x00000000

Tack If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Statistics Counter

Group

MUX1_REV_FCH

MUX1_FOR_FCH

PAG

ACC

5.2.10 Timer Enable

5.2.11 PS Enable/Disable

CP Power:

CP → PS → UI Command → CP Power

This command enables/disables the protocol stack but does not perform any resets to the system. It

serves the same purpose as the “Power” button on the MMI, which in turn performs a soft reset to the

system.

5.2.12 OOS Parameter

Please refer to section 4.4.3.

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5.2.13 Service Option - SO (TBD)

5.3 RF Interface and Control

5.3.1 CDMA Configuration

CP PLL Channel Config

RF → CP PSW PLL Channel Config

Window Selections

Options Definition

Send -- Send to perform the PLL channel configuration.

Tack -- If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Ctrl Mode Automatic Stack values are used – selections in Band and Channel are ignored.

Disable

Manual Values selected in Band and Channel are used

Band PCS Selects BAND_CLASS_1

AMPS (NONE)

Cellular Selects BAND_CLASS_0

JTACS Selects BAND_CLASS_3 (Japanese Cellular)

Korean KPCS Selects BAND_CLASS_4 (Korean PCS)

450M NMT Selects BAND_CLASS_5

Channel User defined channel number

CP PLL Register Config

CP Cal initialize

RF → CP Cal Initialize

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Window Selections Options Definition

Send -- Send to perform the Cal Initialize command.

Tack -- If checked, the window will remain after clicking “Send”. If

not checked, window will close after clicking “Send”.

Calib Mode NVRAM This loads DBM cache of the DB templates onto the SRAM

cache for execution.

Default This loads a default cal file onto flash. Command “CP CAL

Init NVRAM” (under RF) is needed in conjunction after the

Cal Initialize command.

CP PDM Config

RF → CP PDM Config

Window Selections Options Definition

Send -- Send to perform PDM Configuration Control.

Tack -- If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Ctrl Mode Automatic Stack values are used – selections in PDM Number and Value

are ignored.

Manual Values selected in Band and Channel are used

Disable

PDM Number Battery Charge Battery Charge PDM value set

Afc Automatic Frequency Control PDM value set

Tx Agc TX AGC PDM value set

Rx Agc RX ACG PDM Value set

Value Hex value in the format of 0x0000

CP PDM Read value

RF → CP PDM Read Value

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Window Selections Options Definition

Send -- Send to perform specified PDM Read.

Tack -- If checked, the window will remain after clicking “Send”.

If not checked, window will close after clicking “Send”.

PDM Number Battery Charge Battery Charge PDM value set

Afc Automatic Frequency Control PDM value set

Tx Agc TX AGC PDM value set

Rx Agc RX ACG PDM Value set

CP Get PLL Channel

RF → CP Get PLL Channel

Window Selections Definition

Send Send to perform the command of getting PLL channel, response as shown:

16:35:21.8< ETS, Id=CP Get PLL Channel

16:35:21.8> ETS, Id=CP Get PLL Channel, Band=BAND_A, Channel=0x00c9

Tack If checked, the window will remain after clicking “Send”. If not checked, window

will close after clicking “Send”.

Note, the returned value is in Hex mode.

CP RF Rx Reg Read (TBD)

RF RF Registers CP RF Rx Reg Read

This message will select the relevant RF registers based on the Radio Design selected by the “RF Target

Option” in Section 2.6

CP RF Rx Reg Write (TBD)

RF RF Registers CP RF Rx Reg Write

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This message will select the relevant RF registers based on the Radio Design selected by the “RF Target

Option” in Section 2.6

CP RF Tx Reg Read (TBD)

RF RF Registers CP RF Tx Reg Read

This message will select the relevant RF registers based on the Radio Design selected by the “RF Target

Option” in Section 2.6

CP RF Tx Reg Write (TBD)

RF RF Registers CP RF Tx Reg Write

This message will select the relevant RF registers based on the Radio Design selected by the “RF Target

Option” in Section 2.6

5.3.2 CDMA Receiver

CP CDMA Receiver Control

RF → CDMA → CP CDMA Receiver Ctrl

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Window Selections Options Definition

Send Send to perform CDMA Receiver Control command.

Tack If checked, the window will remain after clicking “Send”.

If not checked, window will close after clicking “Send”.

Mode Off Turn CDMA Receiver OFF.

On Turn CDMA Receiver ON.

CDMA PLL Channel Config

Freq Error Trace

RSSI Trace

HWD CP Serializer Trace

CP TRACE HWD CP Serializer

This trace is useful for monitoring all the activity on the serializer bus, particularly for control of the RF

chips

HWD Freq Channel Trace

CP TRACE HWD CP Freq Channel

This trace shows the channels which the CP cycles through while trying to acquire a Base Station.

L1D Search Results Active

Refer to 3.6

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Rx AGC Parameters (L1D)

Clear FER

5.3.3 CDMA Transmitter

CP CDMA Transmitter Control

RF → CDMA → CP CDMA Transmitter Ctrl

Window Selections Options Definition

Send Send to perform Transmitter control command.

Tack If checked, the window will remain after clicking “Send”.

If not checked, window will close after clicking “Send”.

Mode On Turn CDMA transmitter ON.

Off Turn CDMA transmitter OFF.

DSPM Tx AGC Get Params

RF → CDMA → DSPM Tx AGC Get Parms

Window Selections Definition

Send Send to get the HW Value of the Tx AGC currently operating at, response as shown:

16:55:08.8< ETS, Id=DSPM Tx Agc Get Parms

16:55:08.8> ETS, Id=DSPM Tx Agc Get Parms, Power=0.000000, HW

Value=0x0994

Tack If checked, the window will remain after clicking “Send”. If not checked, window will

close after clicking “Send”.

DSPM Tx AGC Config

RF → CDMA → DSPM Tx AGC Config

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Window Selections Options Definition

Send Send to perform Tx AGC control command.

Tack If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Ctrl Mode Automatic Stack values are used – selections in preceding entries are

ignored.

Manual Values entered in the preceding entries are used.

Method HW Value Set to use PDM value from the Tx AGC Cal table. Selecting

this ignores the field “Power(dBm)”.

dB Gain Set to use “power” column from the Tx AGC Cal table for

reference to transmit. Selecting this ignores the field “HW

Val”.

HW Val PDM value in Hex referenced from CP DB HWD Tx AGC

table.

Hyst State Low/Mid/High Gain state for the transmitter.

Power(dBm) Actual transmitted power in dBm referenced from CP DB

HWD Tx AGC table.

CP CDMA Tx Test

RF → CDMA → CP Tx CDMA Test

Window Selections Options Definition

Send Send to enable TX CDMA test in specified Tx rate.

Tack If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Rate Tx Test Off Turn Tx OFF.

Access Turn TX ON to full rate but transmit through Access channel.

Tr Full Rate Turn Tx ON to full rate. This is used for debug purposes most.

Tr ½ Rate Turn Tx ON to half rate.

Tr ¼ Rate Turn Tx ON to quarter rate.

Tr 1/8 Rate Turn Tx ON to eighth rate.

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Tx Tone Test

RF → CP TX Tone Test

Window Selections Options Definition

Send -- Send to transmit a single tone from the transmitter instead of a

CDMA spectrum.

Tack -- If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Enable On/Off Turn TX tone ON or OFF.

Amplitude -- Amplitude of tone desired, typical value: 0x0200, in Hex.

HWD CP Serializer Trace

HWD Freq Channel Trace

Tx AGC Parameters (L1D)

CP Tune Radio

Get RSSI

Rx Calibration

Signaling Tone Mode (TBD)

DSPV DSPV Amp Rev Path DSPV Amp Signalling Tone Mode

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Set Busy Idle Status

Tx Fixed Freq

Tx Calibration

5.3.4 AFC

DSPM AFC Get Params

DSPM AFC Config

AFC Cal Parameters (L1D)

5.3.5 RF Pin Control

CP TXON Control

RF → CP TXON Control

Window Selections Options Definition

Send -- Send to enable TXON Control

Tack -- If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

TxOn [0:4] Off Turn TxOn OFF.

On Turn TxOn ON.

Auto Allow CBP software to control the TxOn

CP RXON Control

RF → CP RXON Control

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Window Selections Options Definition

Send Send to enable RFON Control

Tack If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

RfOn [0:7] Off Turn RfOn OFF.

On Turn RfOn ON.

Auto Allow CBP software to control the RfOn

CP TXON Read

RF → CP TXON Read

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CP RXON Read

RF → CP RXON Read

5.3.6 GPIO Control

GPIO Read / GPIO Write

CP → MON → GPIO → CP Read GPIO

Window Selections Options Definition

Send -- Send to read the relevant GPIO. Caution: This command will

set the GPIO to INPUT mode and perform the read. The

original state is not preserved so this command should only be

performed on GPIOs which are known to be Inputs.

Tack -- If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

GPIO Num [0:47] Read the Relevant GPIO

CP → MON → GPIO → CP Set Clear GPIO

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Window Selections Options Definition

Send Send to read the relevant GPIO

Tack If checked, the window will remain after clicking “Send”.

If not checked, window will close after clicking “Send”.

GPIO Num [0:47] Read the Relevant GPIO

Action SET Sets the GPIO to “0”

CLEAR Clears the GPIO to “1”

GPIO Read Monitor

CP → MON →GPIO → CP Monitor GPIO

Window Selections Options Definition

Send -- Send to Monitor the relevant GPIO

Tack -- If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

GPIO Num [0:47]

GPIO (trace ???)

5.3.7 Serializer

This section should be read in conjunction with the Serial Programmer chapters in References [2][3].

Serializer Configuration

CP → HWD → CP Serializer Config

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Window Selections Definition

Send Send to set the Serializer Configuration

Tack If checked, the window will remain after clicking “Send”. If not checked, window will

close after clicking “Send”.

Control Programs the register SER0_CTRL (listed as SER#_CTRL in Reference [3]). The PTR

field can only be set to “000”.

Load Enable Programs the register SER0_LE (listed as SER#_LE in Reference [3])

NumBits-1 to Shift Programs the register SER0_BC (listed as SER#_BC in Reference [3])

Serializer Write

CP → HWD → CP Serializer Write

Window Selections Definition

Send Send to set the Serializer Configuration

Tack If checked, the window will remain after clicking “Send”. If not checked, window will

close after clicking “Send”.

Data Write Data to Serializer, which has been configured (see Section 0). This data is

loaded into the registers SER0_D1, SER0_D0 (listed as SER#_D1, SER#_D0 in

Reference [3])

5.4 SMS

Here, we only provide a brief summary to allow the user the user to access the SMS menu. The details of

the SMS messages are covered in great detail in [6], while background information on SMS is provided in

[5].

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5.4.1 Connect (CP PS SMS CP SMS Connect)

5.4.2 Disconnect (CP PS SMS CP SMS Disconnect)

5.4.3 Broadcast Connect (CP PS SMS CP SMS Bcast Connect)

5.4.4 Broadcast Disconnect (CP PS SMS CP SMS Bcast Disconnect)

5.4.5 User Ack (CP PS SMS CP SMS User Ack)

5.4.6 Service Option Pref (CP PS SMS CP SMS Srv Opt Pref)

5.4.7 Cancel (CP PS SMS CP SMS Cancel)

5.4.8 Broadcast Parameters (CP PS SMS CP SMS Bcast Parms)

5.4.9 Term Status (CP PS SMS CP SMS Term Status)

5.4.10 Cause Code Status (CP PS SMS CP SMS Cause Code Status)

5.5 Database Upload/Download

5.5.1 Flash Device

Flash Download for Reference Phones

1. Phone has been connected to the ETS.

2. Before you begin to download cp.rom, set Flash Download Timeout to 200. Open File-

>Options and then set Flash Download Timeout to 200, then click OK button, see the following

dialog box.

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3. Open File->Flash Download, you can see the flash memory download dialog, see the following

bitmap. Select the drop down box CP Boot for Flash Section; click the Browse to set your new

boot.rom path, set “wait for boot load command” check box on, then the “Download”

button will be disabled.

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4. Power OFF the phone, connect the phone with PC and Power ON the phone, “Wait for boot

load command” check box becomes unchecked, and “Download” button is enabled.

You will see “CP Boot Loader” in the ETS Log Window.

5. Click “Download” button to begin download boot.rom, you can see the CP Flash Download

dialog. ETS erases the flash, and then begin to write boot.rom in flash, and you can see the

download progress.

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6. Open File->Flash Download, you can see the flash memory download dialog, see the following

bitmap. Select the drop down box CP for Flash Section; click the Browse to set your new

cp.rom path, set “wait for boot load command” check box on, then the “Download” button

will be disabled.

7. Power OFF the phone, then Power ON the phone again, “Wait for boot load command” check

box becomes unchecked, and “Download” button is enabled.

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You will see “CP Boot Loader” in the ETS Log Window.

8. Click “Download” button to begin download cp.rom, you can see the CP Flash Download dialog.

ETS erases the flash, and then begin to write cp.rom in flash, and you can see the download

progress.

9. After download finished, power off the phone (If there is a battery in your phone, please

remove and re-insert), then power on the phone.

Flash Download FOR CDS Products (NOT FOR Reference Phones)

File → Flash Download

Use to download CP Boot, CP, DSPM, and DSPV code to flash memory. System must be in boot mode to

download any section of flash. See Reference [8] for more details.

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Window Selections

Options Definition

Flash Section: CP Boot Downloads CP Boot code to flash memory when Download is

clicked.

CP Downloads CP code to flash memory when Download is clicked.

DSPM Downloads DSPM code or DSPM patches to flash memory when

Download is clicked.

DSPV Downloads DSPV code or DSPV patches to flash memory when

Download is clicked.

ALL FLASH Downloads FLASH Image to flash memory when Download is

clicked.

FSM_DATA/FSM

_USER

Downloads File system to flash memory when Download is clicked.

Path Select recent paths or Browse mounted disks

Print Cmds Used to print the commands sent from ETS to the Flash.

Print Response Used to print the responses sent from Flash to ETS.

Download Execute download of selected file

Exit Close window

Flash Program

CP → Flash → CP Flash Program

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Flash ID

CP → Flash → CP Flash ID

Used to display the type and manufacture of the Flash device in usi. The customer must update

hwdflash.c

if any other than the AMD AM29DL163CB flash is used.

Window Selections Definition

Send Data that is displayed in the Main Log window when Send is clicked in the above

example.

10:17:40.1< ETS, Id=CP Flash Id

10:17:40.1> ETS, Id=CP Flash Id, Manf Id=0x0001, Dev Id=0x002b

In this example, the flash used is an AM29DL163CB manufactured by AMD. See

hwdflash.c for more details.

Tack When checked, window will remain on screen after every Send. When not

checked, window will close after a Send

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Flash Erase

CP → Flash → CP Flash Erase

Window Selections Options Definition

Send Data that is displayed in the Main Log window when Send is clicked

in the above example.

Tack When checked, window will remain on screen after every Send.

When not checked, window will close after a Send

Section Type CP Boot Selects the CP Boot section of Flash.

CP Selects the CP section of Flash.

DSPM Selects the DSPM section of Flash.

DSPV Selects the DSPV section of Flash

All Selects all sections of Flash.

Configure Timers

IQ Polarity

Tx Voice Mode

Random Distribution

Rx Word Sync

Rx RSSI

AFC

Tx Levels

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5.5.2 RF Calibration Data

Hwd AFC Data

CP→DB→DB Templates→Common→CP DB HWD AFC Data

Hwd Battery Data

→

DB Templates

→

Common

→

CP DB HWD Battery Data.

Hwd Temperature Data

CP→DB→DB Templates→Common→CP DB HWD Temperature Data

Hwd Aux ADC Data

Hwd PDM Data

CP→DB→DB Templates→Common→CP DB HWD PDM Voltage Data

Hwd Bandgap Trim Data

CP→DB→DB Templates→Common→CP DB HWD BandGap Trim Data

Hwd Misc Cal Data ?

PCS Tx AGC

CP→DB→DB Templates→ BAND B →CP DB HWD BAND B Tx AGC

PCS Tx AGC Freq Chan Adj

CP→DB→DB Templates→ BAND B →CP DB HWD BAND B Tx AGC Freq Chan Adj

PCS Tx AGC Temp Adj

CP→DB→DB Templates→ BAND B →CP DB HWD BAND B Tx AGC Temp Adj

PCS Tx AGC Battery Voltage Adj

CP→DB→DB Templates→ BAND B →CP DB HWD BAND B Tx AGC Batt Volt Adj.

PCS Tx AGC Limit Freq Chan Adj

CP→DB→DB Templates→ BAND B →CP DB HWD BAND B Tx Limit Freq Chan Adj

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PCS TxAGC Limit Temperature Adjustment

CP→DB→DB Templates→ BAND B →CP DB HWD BAND B Tx Limit Temp Adj.

PCS TxAGC Closed Loop RF Power Measurement

CP→DB→DB Templates→ BAND B →CP DB HWD BAND B Tx Pwr Detect

PCS TxAGC Closed Loop Frequency Channel Adjustment

CP→DB→DB Templates→ BAND B →CP DB HWD BAND B Tx AGC Pwr Det Freq Chan Adj.

PCS TxAGC Closed Loop Battery Voltage Adjustment

CP→DB→DB Templates→ BAND B → CP DB HWD BAND B Tx Pwr Det Max Pwr Batt Voltage Adj.

PCS TxAGC Closed Loop Temperature Adjustment

CP→DB→DB Templates→ BAND B →CP DB HWD BAND B Tx AGC Pwr Det Temp Adj.

PCS Rx AGC

CP->DB->DB Templates-> BAND B ->CP DB HWD BAND B RxAGC CP DB HWD PCS RxAGC

PCS Rx AGC Freq Chan Adj

CP→DB→DB Templates→ BAND B →CP DB HWD BAND B Rx AGC Freq Chan Adj

PCS Rx AGC Temp Adj

CP→DB→DB Templates→ BAND B →CP DB HWD BAND B Rx AGC Temp Adj

CELL Tx AGC

CP→DB→DB Templates→ BAND A →CP DB HWD BAND A Tx AGC

CELL Tx AGC Freq Chan Adj

CP→DB→DB Templates→ BAND A →CP DB HWD BAND A Tx AGC Freq Chan Adj

CELL Tx AGC Temp Adj

CP→DB→DB Templates→ BAND A →CP DB HWD BAND A Tx AGC Temp Adj

CELL Tx AGC Battery Voltage Adj

CP→DB→DB Templates→ BAND A →CP DB HWD BAND A Tx AGC Batt Volt Adj.

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CELL Tx AGC Limit Freq Chan Adj

CP→DB→DB Templates→ BAND A →CP DB HWD BAND A Tx Limit Freq Chan Adj

CDMA TxAGC Max Power Limit Temperature Adjustment

CP→DB→DB Templates→ BAND A →CP DB HWD BAND A Tx Limit Temp Adj.

CELL TxAGC Closed Loop RF Power Measurement

CP→DB→DB Templates→ BAND A →CP DB HWD BAND A Tx Pwr Detect

CELL TxAGC Closed Loop Frequency Channel Adjustment

CP→DB→DB Templates→ BAND A →CP DB HWD BAND A Tx AGC Pwr Det Freq Chan Adj.

CELL TxAGC Closed Loop Battery Voltage Adjustment

CP→DB→DB Templates→ BAND A → CP DB HWD BAND A Tx Pwr Det Max Pwr Batt Voltage Adj.

CELL TxAGC Closed Loop Temperature Adjustment

CP→DB→DB Templates→ BAND A →CP DB HWD BAND A Tx AGC Pwr Det Temp Adj.

CELL Rx AGC

CP->DB->DB Templates-> BAND A ->CP DB HWD BAND A RxAGC CP DB HWD CELL RxAGC

CELL Rx AGC Freq Chan Adj

CP→DB→DB Templates→ BAND A →CP DB HWD BAND A Rx AGC Freq Chan Adj

CELL Rx AGC Temp Adj

CP→DB→DB Templates→ BAND A →CP DB HWD BAND A Rx AGC Temp Adj

5.5.3 Non-RF Database

Init MS capabilities

CP → PS → Database → CP Init MS Cap Db

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Clear MRU

CP → PS →Database→ CP Clear MRU

Window Selections Definition

Send The MRU (Most Recently Used Channels) is a list of (Band, Channel #) which is

stored in Flash. At Power Up the CBP4 software first scans the channels in the

MRU, and then goes to the PRL. Clearing the MRU ensures that the PRL will be

scanned first.

This command is particularly useful when a new PRL is downloaded to the phone.

Tack If checked, the window will remain after clicking “Send”. If not checked, window will

close after clicking “Send”.

Init NAM

CP → PS →Database→ CP Init Nam

Window Selections Definition

Send Initializes the NAM with default values

Tack If checked, the window will remain after clicking “Send”. If not checked, window will

close after clicking “Send”.

Select Active NAM

CP → PS → Database → CP Select Active NAM

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Window Selections Options Definition

Send -- Send to set the active NAM

Tack -- If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Active NAM NAM1 Select “NAM1” as the active NAM

NAM2 Select “NAM2” as the active NAM

Get active NAM

CP → PS → Database → CP Get Active Nam

Window Selections Definition

Send Send to get the active NAM

Tack If checked, the window will remain after clicking “Send”. If not checked, window will

close after clicking “Send”.

NAM Lock, Unlock

CP → DB → CP DB NAM Lock

Window Selections Options Definition

Send Send to Lock/Unlock the Active NAM

Tack If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

DB NAM Status Lock This option locks the NAM and prevents modifications

Unlock This option unlocks the NAM and allows modifications

Confirm Change Yes Confirm the change you will perform

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Set the A-Key

CP PS Database CP Enter A Key

Window Selections Options Definition

Send Send to write the A-Key

A-Key 20 decimal digit A-Key

Checksum 6 digit checksum

ESN 32-bit (8 hexadecimal) ESN

Some Notes Regarding this command:

1. The A-Key is only updated in the Active NAM. Therefore the Select Active NAM command

should be executed prior to this Akey command to explicitly select the NAM where the Akey

should be updated.

2. The ValidAkey field in the NAM is asserted after this command is executed

3. The entire Checksum of the NAM structure is updated after this command is executed. To

be explicit, please note that this NAM checksum is independent of the A-key checksum.

4. There is also a tool help you calculate A-Key checksum, find it from Utilities->A Key

Calculator. Put the Akey and ESN number into calculator, click “Calculate Checksum” .

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Data services

PRL

Voice Memo 1

Voice Memo 2

Voice Rec 1

Voice Rec 2

5.5.4 DB Clear, Flush, Cache

5.5.5 DB Write

5.5.6 DB Read

5.6 Software Operation Status

5.6.1 Software Version CP, DSPM, DSPV, ETS

CBP Version

CP → MON → CBP Version

Window Selections Definition

Send Send to Log Details of CBP version in the ETS Main Log Window

Tack If checked, the window will remain after clicking “Send”. If not checked, window

will close after clicking “Send”.

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CP Version

CP → MON → CP Version

Window Selections Definition

Send Send to Log Details of CP Flash code in the ETS Main Log Window

Tack If checked, the window will remain after clicking “Send”. If not checked, window

will close after clicking “Send”.

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DSPM Version

DSPM → DSPM Version

Window Selections Definition

Send Send to Log Details of DSPM Flash code in the ETS Main Log Window

Tack If checked, the window will remain after clicking “Send”. If not checked, window will

close after clicking “Send”.

DSPV Version

DSPV →MON → DSPV Version

Window Selections Definition

Send Send to Log Details of DSPV Flash code in the ETS Main Log Window

Tack If checked, the window will remain after clicking “Send”. If not checked, window will

close after clicking “Send”.

ETS Version

Help → About EtsMain

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5.6.2 Memory Peek

CP Peek

CP → MON → CP Peek

Window Selections Options Definition

Send -- Send to Peek the CP Memory Location(s) or Register(s)

Tack -- If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Address -- Address of CP Memory or Register

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Window Selections Options Definition

Words(16) -- Number of words, up to 16 to Peek. Valid values: 1-16

Addr Adv Memory (advanced by

2 bytes)

Use this option to Peek Memory

4 bytes)

Use this option to Peek Registers

DSPM Peek

DSPM → DSPM Peek

Window Selections Options Definition

Send Send to Peek the DSPM Memory Location(s) or Register(s)

Tack If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Address Address of DSPM Memory or Register

Words(16) Number of words, up to 16 to Peek. Valid values: 1-16

DSPV Peek

DSPV → MON → DSPV Peek

Window Selections

Options Definition

Send -- Send to Peek the DSPV Memory Location(s) or Register(s)

Tack -- If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Address -- Address of DSPV Memory or Register

Words(16) -- Number of words, up to 16 to Peek. Valid values: 1-16

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5.6.3 Memory Poke

CP Poke

CP → MON → CP Poke

Window Selections

Options Definition

Send -- Send to Poke the CP Memory Location(s) or Register(s)

Tack -- If checked, the window will remain after clicking “Send”. If

not checked, window will close after clicking “Send”.

Address -- Address of CP Memory or Register

Words(16) -- Number of words, up to 16 to Poke. Valid values: 1-16

Addr Adv Memory (advanced by 2

bytes)

Use this option to Poke Memory

bytes)

Use this option to Poke Registers

DSPM Poke

DSPM → DSPM Poke

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Window Selections Options Definition

Send Send to Poke the DSPM Memory Location(s) or Register(s)

Tack If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Address Address of DSPM Memory or Register

Words(16) Number of words, up to 16 to Poke. Valid values: 1-16

DSPV Poke

DSPV → MON → DSPV Poke

Window Selections Options Definition

Send Send to Poke the DSPV Memory Location(s) or Register(s)

Tack If checked, the window will remain after clicking “Send”. If not

checked, window will close after clicking “Send”.

Address Address of DSPV Memory or Register

Words(16) Number of words, up to 16 to Poke. Valid values: 1-16

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5.6.4 Disabling All Spies And Traces

5.6.5 Msgs Buffer Stats Spy

CP → Spy → MON → CP Msg Buff Stats

Window Display Description

Print main log window

Sys Time

Num Msg Buffs In Use 1-4

Max Num Msg Buffs Used 1-4

Num Msg Buffs[1:4] In Use 1-4

Max Num Msg Buffs[1:4] 1-4

Max Msg Buff[1:4] Size 1-4

5.6.6 Msgs Mbox Stats Spy

CP → Spy → MON → CP Msg Mbox Stats

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Window Display Explanation

Print main log window

Sys Time

Task Id ID

Num Msgs

5.6.7 Msgs Buf Ptr Stats Spy

CP → Spy → MON → CP Msg Buff Ptr Stats

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Window Display Explanation

Print main log window

Sys Time

Alloc By Task

Sent To Task

Msg Id ID

5.6.8 Action Time Stats

CP->Spy->MON->CP Action Time Stats

Window Display Explanation

Sys Time

Num Action Times In Use

Max Num Action Times Used

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5.6.9 Clear TDSO Stats

5.6.10 Clear FER

5.7 CBP Hardware

5.7.1 HW Version

5.7.2 Reset Processor

CP, DSPM, DSPV

5.7.3 Initializing Hardware Control

5.7.4 Hwd Init

CP → HWD → HWD Init

Window Selections Definition

Send Send to Initialize Hardware Drivers

Tack If checked, the window will remain after clicking “Send”. If not checked, window will

close after clicking “Send”.

5.7.5 Aux ADC Get

CP → HWD → CP AUX ADC Get

Window Selections Options Definition

Send -- Send to Read the AUX ADC Channel

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Window Selections Options Definition

Tack -- If checked, the window will remain after clicking “Send”. If

not checked, window will close after clicking “Send”.

AUX ADC Channel AUX ADC Ch[0-15] Read the Relevant AUX ADC Channel. There are 16

channels [0-15]

Tx PCG Sync Off Take the AUX ADC reading immediately

On Wait till an Active PCG to make a measurement. This is

especially usefully for measuring Transmit Power from the

Power Amplifier; selecting this option ensures that the

Power Amplifier is ON.

6 Utilities

6.1 Virtual MMI

Utilities -> Virtual MMI Utility, operate the handset just link press keypad.

6.2 Script Utility

Utilities -> Script Utility

The following steps descript how to record an ETS script. Give an example of record data of command

cp->DB->DB Templates->common->cp DB NAM 1, CP/DB/DB Templates/cellular/CP DB HWD Rx AGC.

1. Connect the phone to your computer, make sure all connection is ok.

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2. Open ETS.

3. Run script thru Utilities -> Script Utility. In the Script, Select Script->Record command to let

Script application in Recording status. Then Script.exe will record all commands that printed in ETS main

window.

4. In ETS application, select CP->DB->CP DB NAM LOCK command to unlock the NAM. Then select

CP->DB->DB Templates->common->CP DB NAM 1 command to open the dialog of CP DB

NAM1. And select CP->DB->DB Templates->BAND A->CP DB HWD BAND A Rx AGC to open

the dialog of CP DB HWED Rx AGC. If you want record more you can select the commands you want

to record.

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5. Click the “Read” commands in all dialog, For example In CP DB NAM1 dialog press the key “Read” to

read NAM1 data from the phone, and in “CP DB HWD BAND A Rx AGC “ dialog , press the key “Read”

to read Rx AGC data from the phone.

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6. Then in ETS, click “Write” in all dialogs that you have opened. In CP DB NAM1 dialog press the key

“Write” to write NAM1 data into the phone, then this command will be printed in ETS main window

and be sent to Script.exe. It will be recorded in the Script.exe main window. In “CP DB HWD BAND A

Rx AGC “ dialog press the key “Write”, the Rx AGC data will be recorded into script main window.

(See Picture <4>)

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7. Switch to script, select Script->Record, to stop recording the script, and save the script in a file.

The file will be saved as *****.srp. Then you have recorded the NAM1 data in a script file.

Note: Usually if you want to run the write NAM data into the phone, you should set the NAM unlock.

So you need add the command “ETS, Id=CP DB NAM Lock, DB NAM Status=Unlock, Confirm

Change=No“ in the first line of script file. This command can also be directory recorded into script

file. The script file is TXT file, so you can edit it, copy some ETS command into the file.

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Revision History

Revision Date Descriptions

Created

Samsung Electro Mechanics SCF-V01 3G CDMA PCIe Full Mini Card User Manual SCF V01 120618x

Samsung Electro Mechanics 3G CDMA PCIe Full Mini Card SCF V01 120618x

user manual

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